�ݺ�ߣshows by User: SFScon

�ݺ�ߣshows by User: SFScon / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: SFScon / Mon, 18 Nov 2024 08:07:46 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: SFScon SFSCON24 - Marina Latini - 1, 2, 3, Doc Kit! /slideshow/sfscon24-marina-latini-1-2-3-doc-kit/273395264 1200-marinalatini-123dockit-241118080746-5825ad0e
Automate the creation of software documentation Doc Kit is an open source command line tool that automates the creation of software documentation and release notes. It can be used in conjunction with DocBook Authoring and Publishing Suite (DAPS) for quickly preparing the skeleton of professional looking software documentation. Doc Kit has been designed for initialising SUSE or openSUSE documentation repositories but in a few steps it can be re-used for other projects too. The tool consists of two parts: 1. a command-line tool called doc-kit that can download documentation boilerplate files 2. a repository of documentation boilerplate files, such as the SUSE/openSUSE book preface and entity files. The presentation will show how to use Doc Kit and how to customise the provided templates for creating a brand new documentation or release notes projects. https://www.sfscon.it/talks/1-2-3-doc-kit/]]>
Automate the creation of software documentation Doc Kit is an open source command line tool that automates the creation of software documentation and release notes. It can be used in conjunction with DocBook Authoring and Publishing Suite (DAPS) for quickly preparing the skeleton of professional looking software documentation. Doc Kit has been designed for initialising SUSE or openSUSE documentation repositories but in a few steps it can be re-used for other projects too. The tool consists of two parts: 1. a command-line tool called doc-kit that can download documentation boilerplate files 2. a repository of documentation boilerplate files, such as the SUSE/openSUSE book preface and entity files. The presentation will show how to use Doc Kit and how to customise the provided templates for creating a brand new documentation or release notes projects. https://www.sfscon.it/talks/1-2-3-doc-kit/]]> Mon, 18 Nov 2024 08:07:46 GMT /slideshow/sfscon24-marina-latini-1-2-3-doc-kit/273395264 SFScon@slideshare.net(SFScon) SFSCON24 - Marina Latini - 1, 2, 3, Doc Kit! SFScon Automate the creation of software documentation Doc Kit is an open source command line tool that automates the creation of software documentation and release notes. It can be used in conjunction with DocBook Authoring and Publishing Suite (DAPS) for quickly preparing the skeleton of professional looking software documentation. Doc Kit has been designed for initialising SUSE or openSUSE documentation repositories but in a few steps it can be re-used for other projects too. The tool consists of two parts: 1. a command-line tool called doc-kit that can download documentation boilerplate files 2. a repository of documentation boilerplate files, such as the SUSE/openSUSE book preface and entity files. The presentation will show how to use Doc Kit and how to customise the provided templates for creating a brand new documentation or release notes projects. https://www.sfscon.it/talks/1-2-3-doc-kit/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1200-marinalatini-123dockit-241118080746-5825ad0e-thumbnail.jpg?width=120&height=120&fit=bounds" /> Automate the creation of software documentation Doc Kit is an open source command line tool that automates the creation of software documentation and release notes. It can be used in conjunction with DocBook Authoring and Publishing Suite (DAPS) for quickly preparing the skeleton of professional looking software documentation. Doc Kit has been designed for initialising SUSE or openSUSE documentation repositories but in a few steps it can be re-used for other projects too. The tool consists of two parts: 1. a command-line tool called doc-kit that can download documentation boilerplate files 2. a repository of documentation boilerplate files, such as the SUSE/openSUSE book preface and entity files. The presentation will show how to use Doc Kit and how to customise the provided templates for creating a brand new documentation or release notes projects. https://www.sfscon.it/talks/1-2-3-doc-kit/

SFSCON24 - Marina Latini - 1, 2, 3, Doc Kit! from South Tyrol Free Software Conference

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0 SFSCON24 - Carmen Delgado Ivar Grimstad - Nurturing OpenJDK distribution: Eclipse Temurin Success History and plan /slideshow/sfscon24-carmen-delgado-ivar-grimstad-nurturing-openjdk-distribution-eclipse-temurin-success-history-and-plan/273395263 1600-carmendelgadoivargrimstad-nurturingopenjdkdistributioneclipsetemurinsuccesshistoryandplan-241118080745-abe4017c
Join me as we explore the pillars that make Eclipse Temurin one of the most widely adopted, enterprise-ready OpenJDK Runtime (over 20M monthly downloads) and also delve into the future of Adoptium and explore the goals set for 2024. As we navigate the landscape of open source Java runtimes, Adoptium is committed to fostering vibrant, healthy projects that thrive with the support of robust communities. In this talk, we will also shine a spotlight on our dedication to delivering top-notch quality and outstanding performance, with a special focus on our AQAvit project and Security Effort. https://www.sfscon.it/talks/nurturing-openjdk-distribution-eclipse-temurin-success-history-and-plan/]]>
Join me as we explore the pillars that make Eclipse Temurin one of the most widely adopted, enterprise-ready OpenJDK Runtime (over 20M monthly downloads) and also delve into the future of Adoptium and explore the goals set for 2024. As we navigate the landscape of open source Java runtimes, Adoptium is committed to fostering vibrant, healthy projects that thrive with the support of robust communities. In this talk, we will also shine a spotlight on our dedication to delivering top-notch quality and outstanding performance, with a special focus on our AQAvit project and Security Effort. https://www.sfscon.it/talks/nurturing-openjdk-distribution-eclipse-temurin-success-history-and-plan/]]> Mon, 18 Nov 2024 08:07:45 GMT /slideshow/sfscon24-carmen-delgado-ivar-grimstad-nurturing-openjdk-distribution-eclipse-temurin-success-history-and-plan/273395263 SFScon@slideshare.net(SFScon) SFSCON24 - Carmen Delgado Ivar Grimstad - Nurturing OpenJDK distribution: Eclipse Temurin Success History and plan SFScon Join me as we explore the pillars that make Eclipse Temurin one of the most widely adopted, enterprise-ready OpenJDK Runtime (over 20M monthly downloads) and also delve into the future of Adoptium and explore the goals set for 2024. As we navigate the landscape of open source Java runtimes, Adoptium is committed to fostering vibrant, healthy projects that thrive with the support of robust communities. In this talk, we will also shine a spotlight on our dedication to delivering top-notch quality and outstanding performance, with a special focus on our AQAvit project and Security Effort. https://www.sfscon.it/talks/nurturing-openjdk-distribution-eclipse-temurin-success-history-and-plan/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1600-carmendelgadoivargrimstad-nurturingopenjdkdistributioneclipsetemurinsuccesshistoryandplan-241118080745-abe4017c-thumbnail.jpg?width=120&height=120&fit=bounds" /> Join me as we explore the pillars that make Eclipse Temurin one of the most widely adopted, enterprise-ready OpenJDK Runtime (over 20M monthly downloads) and also delve into the future of Adoptium and explore the goals set for 2024. As we navigate the landscape of open source Java runtimes, Adoptium is committed to fostering vibrant, healthy projects that thrive with the support of robust communities. In this talk, we will also shine a spotlight on our dedication to delivering top-notch quality and outstanding performance, with a special focus on our AQAvit project and Security Effort. https://www.sfscon.it/talks/nurturing-openjdk-distribution-eclipse-temurin-success-history-and-plan/

SFSCON24 - Carmen Delgado Ivar Grimstad - Nurturing OpenJDK distribution: Eclipse Temurin Success History and plan from South Tyrol Free Software Conference

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0 SFSCON24 - Eduardo Guerra - codEEmoji – Making code more informative with emojis /slideshow/sfscon24-eduardo-guerra-codeemoji-making-code-more-informative-with-emojis/273395261 1220-eduardoguerra-codeemojimakingcodemoreinformativewithemojis-241118080745-de5ffce4
This presentation focuses on the open-source project codEEmoji, an IDE plugin that adds additional information to the code through emojis. The talk starts by discussing the benefits of this approach compared to other ways to present information for the developer in IDEs. It follows by presenting the plugin and its main functionalities, which go from pointing out bad practices in method and variable naming to presenting modifiers and method characteristics in their usage. Next, it is presented how the plugin structure was designed to receive new contributions. The talk finishes by presenting some challenges and future features. https://github.com/codeemoji/codeemoji-plugin https://plugins.jetbrains.com/plugin/22416-codeemoji https://www.sfscon.it/talks/codeemoji-making-code-more-informative-with-emojis/]]>
This presentation focuses on the open-source project codEEmoji, an IDE plugin that adds additional information to the code through emojis. The talk starts by discussing the benefits of this approach compared to other ways to present information for the developer in IDEs. It follows by presenting the plugin and its main functionalities, which go from pointing out bad practices in method and variable naming to presenting modifiers and method characteristics in their usage. Next, it is presented how the plugin structure was designed to receive new contributions. The talk finishes by presenting some challenges and future features. https://github.com/codeemoji/codeemoji-plugin https://plugins.jetbrains.com/plugin/22416-codeemoji https://www.sfscon.it/talks/codeemoji-making-code-more-informative-with-emojis/]]> Mon, 18 Nov 2024 08:07:45 GMT /slideshow/sfscon24-eduardo-guerra-codeemoji-making-code-more-informative-with-emojis/273395261 SFScon@slideshare.net(SFScon) SFSCON24 - Eduardo Guerra - codEEmoji – Making code more informative with emojis SFScon This presentation focuses on the open-source project codEEmoji, an IDE plugin that adds additional information to the code through emojis. The talk starts by discussing the benefits of this approach compared to other ways to present information for the developer in IDEs. It follows by presenting the plugin and its main functionalities, which go from pointing out bad practices in method and variable naming to presenting modifiers and method characteristics in their usage. Next, it is presented how the plugin structure was designed to receive new contributions. The talk finishes by presenting some challenges and future features. https://github.com/codeemoji/codeemoji-plugin https://plugins.jetbrains.com/plugin/22416-codeemoji https://www.sfscon.it/talks/codeemoji-making-code-more-informative-with-emojis/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1220-eduardoguerra-codeemojimakingcodemoreinformativewithemojis-241118080745-de5ffce4-thumbnail.jpg?width=120&height=120&fit=bounds" /> This presentation focuses on the open-source project codEEmoji, an IDE plugin that adds additional information to the code through emojis. The talk starts by discussing the benefits of this approach compared to other ways to present information for the developer in IDEs. It follows by presenting the plugin and its main functionalities, which go from pointing out bad practices in method and variable naming to presenting modifiers and method characteristics in their usage. Next, it is presented how the plugin structure was designed to receive new contributions. The talk finishes by presenting some challenges and future features. https://github.com/codeemoji/codeemoji-plugin https://plugins.jetbrains.com/plugin/22416-codeemoji https://www.sfscon.it/talks/codeemoji-making-code-more-informative-with-emojis/

SFSCON24 - Eduardo Guerra - codEEmoji – Making code more informative with emojis from South Tyrol Free Software Conference

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0 SFSCON24 - Juri Solovjov - How to start contributing and still have fun /slideshow/sfscon24-juri-solovjov-how-to-start-contributing-and-still-have-fun/273395260 1420-jurisolovjov-howtostartcontributingandstillhavefun-241118080745-afe88b44
Are you new to Open Source and about to create your first commit, but still haven’t clicked on “New Pull Request” button? There will be always something holding you back. Or do you want to gain experience that can be applied at your school or work but don’t know how? Open Source gives you that opportunity. Let’s talk about it because we all go through it: how to find your project; fear of the first commit, the first code review, the first mistakes and everything is public; fight toxic communities – no one is perfect; when to open your code; https://www.sfscon.it/talks/how-to-start-contributing-and-still-have-fun/]]>
Are you new to Open Source and about to create your first commit, but still haven’t clicked on “New Pull Request” button? There will be always something holding you back. Or do you want to gain experience that can be applied at your school or work but don’t know how? Open Source gives you that opportunity. Let’s talk about it because we all go through it: how to find your project; fear of the first commit, the first code review, the first mistakes and everything is public; fight toxic communities – no one is perfect; when to open your code; https://www.sfscon.it/talks/how-to-start-contributing-and-still-have-fun/]]> Mon, 18 Nov 2024 08:07:45 GMT /slideshow/sfscon24-juri-solovjov-how-to-start-contributing-and-still-have-fun/273395260 SFScon@slideshare.net(SFScon) SFSCON24 - Juri Solovjov - How to start contributing and still have fun SFScon Are you new to Open Source and about to create your first commit, but still haven’t clicked on “New Pull Request” button? There will be always something holding you back. Or do you want to gain experience that can be applied at your school or work but don’t know how? Open Source gives you that opportunity. Let’s talk about it because we all go through it: how to find your project; fear of the first commit, the first code review, the first mistakes and everything is public; fight toxic communities – no one is perfect; when to open your code; https://www.sfscon.it/talks/how-to-start-contributing-and-still-have-fun/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1420-jurisolovjov-howtostartcontributingandstillhavefun-241118080745-afe88b44-thumbnail.jpg?width=120&height=120&fit=bounds" /> Are you new to Open Source and about to create your first commit, but still haven’t clicked on “New Pull Request” button? There will be always something holding you back. Or do you want to gain experience that can be applied at your school or work but don’t know how? Open Source gives you that opportunity. Let’s talk about it because we all go through it: how to find your project; fear of the first commit, the first code review, the first mistakes and everything is public; fight toxic communities – no one is perfect; when to open your code; https://www.sfscon.it/talks/how-to-start-contributing-and-still-have-fun/

SFSCON24 - Juri Solovjov - How to start contributing and still have fun from South Tyrol Free Software Conference

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0 SFSCON24 - Michal Skipala & Bruno Rossi - Monolith Splitter /slideshow/sfscon24-michal-skipala-bruno-rossi-monolith-splitter/273395259 1440-michalskipalabrunorossi-monolithsplitter-241118080743-6179440a
Migration from monolithic systems to microservices has earned significant interest in recent years. Software architects and developers welcome approaches, techniques, and patterns that can facilitate and automate the migration process. This talk will present Monolith Splitter, a tool that employs various approaches for splitting a monolith into a microservices architecture. This tool could be beneficial for software architects looking to migrate monolithic projects to a more scalable architecture. It uses execution traces to analyze monolithic software and suggests which classes should be grouped together in separate services according to criteria such as cohesion, modularity, and independence of evolvability. We will showcase the application of the tool to a series of open source software projects, discussing the outcomes, the benefits, and the current limitations. https://www.sfscon.it/talks/monolith-splitter/]]>
Migration from monolithic systems to microservices has earned significant interest in recent years. Software architects and developers welcome approaches, techniques, and patterns that can facilitate and automate the migration process. This talk will present Monolith Splitter, a tool that employs various approaches for splitting a monolith into a microservices architecture. This tool could be beneficial for software architects looking to migrate monolithic projects to a more scalable architecture. It uses execution traces to analyze monolithic software and suggests which classes should be grouped together in separate services according to criteria such as cohesion, modularity, and independence of evolvability. We will showcase the application of the tool to a series of open source software projects, discussing the outcomes, the benefits, and the current limitations. https://www.sfscon.it/talks/monolith-splitter/]]> Mon, 18 Nov 2024 08:07:42 GMT /slideshow/sfscon24-michal-skipala-bruno-rossi-monolith-splitter/273395259 SFScon@slideshare.net(SFScon) SFSCON24 - Michal Skipala & Bruno Rossi - Monolith Splitter SFScon Migration from monolithic systems to microservices has earned significant interest in recent years. Software architects and developers welcome approaches, techniques, and patterns that can facilitate and automate the migration process. This talk will present Monolith Splitter, a tool that employs various approaches for splitting a monolith into a microservices architecture. This tool could be beneficial for software architects looking to migrate monolithic projects to a more scalable architecture. It uses execution traces to analyze monolithic software and suggests which classes should be grouped together in separate services according to criteria such as cohesion, modularity, and independence of evolvability. We will showcase the application of the tool to a series of open source software projects, discussing the outcomes, the benefits, and the current limitations. https://www.sfscon.it/talks/monolith-splitter/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1440-michalskipalabrunorossi-monolithsplitter-241118080743-6179440a-thumbnail.jpg?width=120&height=120&fit=bounds" /> Migration from monolithic systems to microservices has earned significant interest in recent years. Software architects and developers welcome approaches, techniques, and patterns that can facilitate and automate the migration process. This talk will present Monolith Splitter, a tool that employs various approaches for splitting a monolith into a microservices architecture. This tool could be beneficial for software architects looking to migrate monolithic projects to a more scalable architecture. It uses execution traces to analyze monolithic software and suggests which classes should be grouped together in separate services according to criteria such as cohesion, modularity, and independence of evolvability. We will showcase the application of the tool to a series of open source software projects, discussing the outcomes, the benefits, and the current limitations. https://www.sfscon.it/talks/monolith-splitter/

SFSCON24 - Michal Skipala & Bruno Rossi - Monolith Splitter from South Tyrol Free Software Conference

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0 SFSCON24 - Jorge Melegati - Software Engineering Automation: From early tools to Generative AI and beyond /slideshow/sfscon24-jorge-melegati-software-engineering-automation-from-early-tools-to-generative-ai-and-beyond/273395258 1320-jorgemelegati-softwareengineeringautomationfromearlytoolstogenerativeaiandbeyond-241118080741-bcccdf00
The emergence of Generative AI tools, such as ChatGPT and Copilot, promises to disrupt knowledge-based work, including software development. However, these are not the first tools to support the automation of software engineering. From the early days, various tools have been developed to remove repetitive tasks, reduce workload, and consequently increase the abstraction of software development, such as auto-completion and automatic refactoring. In this talk, we present the different levels of the automation of software engineering. We will examine how past and present tools have achieved these levels, the current capabilities of Generative AI tools, and what we can expect for the future. https://www.sfscon.it/talks/software-engineering-automation-from-early-tools-to-generative-ai-and-beyond/]]>
The emergence of Generative AI tools, such as ChatGPT and Copilot, promises to disrupt knowledge-based work, including software development. However, these are not the first tools to support the automation of software engineering. From the early days, various tools have been developed to remove repetitive tasks, reduce workload, and consequently increase the abstraction of software development, such as auto-completion and automatic refactoring. In this talk, we present the different levels of the automation of software engineering. We will examine how past and present tools have achieved these levels, the current capabilities of Generative AI tools, and what we can expect for the future. https://www.sfscon.it/talks/software-engineering-automation-from-early-tools-to-generative-ai-and-beyond/]]> Mon, 18 Nov 2024 08:07:41 GMT /slideshow/sfscon24-jorge-melegati-software-engineering-automation-from-early-tools-to-generative-ai-and-beyond/273395258 SFScon@slideshare.net(SFScon) SFSCON24 - Jorge Melegati - Software Engineering Automation: From early tools to Generative AI and beyond SFScon The emergence of Generative AI tools, such as ChatGPT and Copilot, promises to disrupt knowledge-based work, including software development. However, these are not the first tools to support the automation of software engineering. From the early days, various tools have been developed to remove repetitive tasks, reduce workload, and consequently increase the abstraction of software development, such as auto-completion and automatic refactoring. In this talk, we present the different levels of the automation of software engineering. We will examine how past and present tools have achieved these levels, the current capabilities of Generative AI tools, and what we can expect for the future. https://www.sfscon.it/talks/software-engineering-automation-from-early-tools-to-generative-ai-and-beyond/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1320-jorgemelegati-softwareengineeringautomationfromearlytoolstogenerativeaiandbeyond-241118080741-bcccdf00-thumbnail.jpg?width=120&height=120&fit=bounds" /> The emergence of Generative AI tools, such as ChatGPT and Copilot, promises to disrupt knowledge-based work, including software development. However, these are not the first tools to support the automation of software engineering. From the early days, various tools have been developed to remove repetitive tasks, reduce workload, and consequently increase the abstraction of software development, such as auto-completion and automatic refactoring. In this talk, we present the different levels of the automation of software engineering. We will examine how past and present tools have achieved these levels, the current capabilities of Generative AI tools, and what we can expect for the future. https://www.sfscon.it/talks/software-engineering-automation-from-early-tools-to-generative-ai-and-beyond/

SFSCON24 - Jorge Melegati - Software Engineering Automation: From early tools to Generative AI and beyond from South Tyrol Free Software Conference

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0 SFSCON24 - Chiara Civardi & Dominika Tasarz Sochacka - The Crucial Role of Openness in Modern Software Development /slideshow/sfscon24-chiara-civardi-dominika-tasarz-sochacka-the-crucial-role-of-openness-in-modern-software-development/273395255 1340-chiaracivardidominikatasarz-sochacka-thecrucialroleofopennessinmodernsoftwaredevelopment-241118080740-713719a3
Developers and providers of software-based products as well as other new technologies for the global market know that the winning solutions for future-proof projects share one key feature: interoperability with products from other suppliers. Achieving this interoperability means relying on open standards, open-source technologies and establishing key partnerships with other industry players. In effect, openness principles are increasingly essential to software development. This talk will provide an in-depth analysis of how these concepts underpin interoperability, security and innovation in today’s technological landscape. It will discuss the importance of open standards in creating seamless integration between diverse systems and applications, ensuring that technological advancements remain accessible and adaptable. The session will also cover key strategies and best practices for the adoption of open solutions that drive compatibility and competitiveness. Finally, by examining Jakarta EE and the Payara Community, the talk will illustrate how these frameworks exemplify the power of open source in building innovative, scalable and future-oriented applications. https://www.sfscon.it/talks/the-crucial-role-of-openness-in-modern-software-development/]]>
Developers and providers of software-based products as well as other new technologies for the global market know that the winning solutions for future-proof projects share one key feature: interoperability with products from other suppliers. Achieving this interoperability means relying on open standards, open-source technologies and establishing key partnerships with other industry players. In effect, openness principles are increasingly essential to software development. This talk will provide an in-depth analysis of how these concepts underpin interoperability, security and innovation in today’s technological landscape. It will discuss the importance of open standards in creating seamless integration between diverse systems and applications, ensuring that technological advancements remain accessible and adaptable. The session will also cover key strategies and best practices for the adoption of open solutions that drive compatibility and competitiveness. Finally, by examining Jakarta EE and the Payara Community, the talk will illustrate how these frameworks exemplify the power of open source in building innovative, scalable and future-oriented applications. https://www.sfscon.it/talks/the-crucial-role-of-openness-in-modern-software-development/]]> Mon, 18 Nov 2024 08:07:40 GMT /slideshow/sfscon24-chiara-civardi-dominika-tasarz-sochacka-the-crucial-role-of-openness-in-modern-software-development/273395255 SFScon@slideshare.net(SFScon) SFSCON24 - Chiara Civardi & Dominika Tasarz Sochacka - The Crucial Role of Openness in Modern Software Development SFScon Developers and providers of software-based products as well as other new technologies for the global market know that the winning solutions for future-proof projects share one key feature: interoperability with products from other suppliers. Achieving this interoperability means relying on open standards, open-source technologies and establishing key partnerships with other industry players. In effect, openness principles are increasingly essential to software development. This talk will provide an in-depth analysis of how these concepts underpin interoperability, security and innovation in today’s technological landscape. It will discuss the importance of open standards in creating seamless integration between diverse systems and applications, ensuring that technological advancements remain accessible and adaptable. The session will also cover key strategies and best practices for the adoption of open solutions that drive compatibility and competitiveness. Finally, by examining Jakarta EE and the Payara Community, the talk will illustrate how these frameworks exemplify the power of open source in building innovative, scalable and future-oriented applications. https://www.sfscon.it/talks/the-crucial-role-of-openness-in-modern-software-development/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1340-chiaracivardidominikatasarz-sochacka-thecrucialroleofopennessinmodernsoftwaredevelopment-241118080740-713719a3-thumbnail.jpg?width=120&height=120&fit=bounds" /> Developers and providers of software-based products as well as other new technologies for the global market know that the winning solutions for future-proof projects share one key feature: interoperability with products from other suppliers. Achieving this interoperability means relying on open standards, open-source technologies and establishing key partnerships with other industry players. In effect, openness principles are increasingly essential to software development. This talk will provide an in-depth analysis of how these concepts underpin interoperability, security and innovation in today’s technological landscape. It will discuss the importance of open standards in creating seamless integration between diverse systems and applications, ensuring that technological advancements remain accessible and adaptable. The session will also cover key strategies and best practices for the adoption of open solutions that drive compatibility and competitiveness. Finally, by examining Jakarta EE and the Payara Community, the talk will illustrate how these frameworks exemplify the power of open source in building innovative, scalable and future-oriented applications. https://www.sfscon.it/talks/the-crucial-role-of-openness-in-modern-software-development/

SFSCON24 - Chiara Civardi & Dominika Tasarz Sochacka - The Crucial Role of Openness in Modern Software Development from South Tyrol Free Software Conference

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0 SFSCON24 - Moritz Mock, Barbara Russo & Jorge Melegati - Can Test Driven Development be speeded up with Generative AI? /slideshow/sfscon24-moritz-mock-barbara-russo-jorge-melegati-can-test-driven-development-be-speeded-up-with-generative-ai/273395254 1240-moritzmockbarbararussojorgemelegati-cantestdrivendevelopmentbespeededupwithgenerativeai-241118080739-3b9b4821
Generative AI tools, like ChatGPT, have shown remarkable capabilities in natural language processing. It is logical to explore their potential in programming, yet the quality of generated code raises concerns. Test-Driven Development (TDD) offers a promising approach to address these concerns. In this talk, we will explore how developers can effectively collaborate with generative AI tools to enhance TDD practices, ensuring higher code quality and streamlined development processes. To this aim, we will present two interaction patterns between a human and an AI. https://www.sfscon.it/talks/can-test-driven-development-be-speeded-up-with-generative-ai/]]>
Generative AI tools, like ChatGPT, have shown remarkable capabilities in natural language processing. It is logical to explore their potential in programming, yet the quality of generated code raises concerns. Test-Driven Development (TDD) offers a promising approach to address these concerns. In this talk, we will explore how developers can effectively collaborate with generative AI tools to enhance TDD practices, ensuring higher code quality and streamlined development processes. To this aim, we will present two interaction patterns between a human and an AI. https://www.sfscon.it/talks/can-test-driven-development-be-speeded-up-with-generative-ai/]]> Mon, 18 Nov 2024 08:07:39 GMT /slideshow/sfscon24-moritz-mock-barbara-russo-jorge-melegati-can-test-driven-development-be-speeded-up-with-generative-ai/273395254 SFScon@slideshare.net(SFScon) SFSCON24 - Moritz Mock, Barbara Russo & Jorge Melegati - Can Test Driven Development be speeded up with Generative AI? SFScon Generative AI tools, like ChatGPT, have shown remarkable capabilities in natural language processing. It is logical to explore their potential in programming, yet the quality of generated code raises concerns. Test-Driven Development (TDD) offers a promising approach to address these concerns. In this talk, we will explore how developers can effectively collaborate with generative AI tools to enhance TDD practices, ensuring higher code quality and streamlined development processes. To this aim, we will present two interaction patterns between a human and an AI. https://www.sfscon.it/talks/can-test-driven-development-be-speeded-up-with-generative-ai/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1240-moritzmockbarbararussojorgemelegati-cantestdrivendevelopmentbespeededupwithgenerativeai-241118080739-3b9b4821-thumbnail.jpg?width=120&height=120&fit=bounds" /> Generative AI tools, like ChatGPT, have shown remarkable capabilities in natural language processing. It is logical to explore their potential in programming, yet the quality of generated code raises concerns. Test-Driven Development (TDD) offers a promising approach to address these concerns. In this talk, we will explore how developers can effectively collaborate with generative AI tools to enhance TDD practices, ensuring higher code quality and streamlined development processes. To this aim, we will present two interaction patterns between a human and an AI. https://www.sfscon.it/talks/can-test-driven-development-be-speeded-up-with-generative-ai/

SFSCON24 - Moritz Mock, Barbara Russo & Jorge Melegati - Can Test Driven Development be speeded up with Generative AI? from South Tyrol Free Software Conference

]]> 8 0 https://cdn.slidesharecdn.com/ss_thumbnails/1240-moritzmockbarbararussojorgemelegati-cantestdrivendevelopmentbespeededupwithgenerativeai-241118080739-3b9b4821-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 SFSCON24 - Aurelio Buonomo & Christian Zanotti - Apisense – Easily monitor and track your REST-API data quality /slideshow/sfscon24-aurelio-buonomo-christian-zanotti-apisense-easily-monitor-and-track-your-rest-api-data-quality/273395253 1100-aureliobuonomochristianzanotti-apisenseeasilymonitorandtrackyourrest-apidataquality-241118080739-982e37c6
An easy and modular solution to faulty REST-API data developed in collaboration with the Open Data Hub Ever had the issue of fetching invalid or faulty data from a REST-API and noticing only later, when everything broke down? Not anymore! Apisense was developed in collaboration with the Open Data Hub to be an easy and modular tool to fit every need possible used to ensure and monitor the availability, quality and correctness of data provided via REST-APIs. Sounds too good to be true? Tune in to find out how Apisense can help both producers and consumers of data to be aware of the quality and reliability of the data they provide/consume. https://www.sfscon.it/talks/apisense-easily-monitor-and-track-your-rest-api-data-quality/]]>
An easy and modular solution to faulty REST-API data developed in collaboration with the Open Data Hub Ever had the issue of fetching invalid or faulty data from a REST-API and noticing only later, when everything broke down? Not anymore! Apisense was developed in collaboration with the Open Data Hub to be an easy and modular tool to fit every need possible used to ensure and monitor the availability, quality and correctness of data provided via REST-APIs. Sounds too good to be true? Tune in to find out how Apisense can help both producers and consumers of data to be aware of the quality and reliability of the data they provide/consume. https://www.sfscon.it/talks/apisense-easily-monitor-and-track-your-rest-api-data-quality/]]> Mon, 18 Nov 2024 08:07:39 GMT /slideshow/sfscon24-aurelio-buonomo-christian-zanotti-apisense-easily-monitor-and-track-your-rest-api-data-quality/273395253 SFScon@slideshare.net(SFScon) SFSCON24 - Aurelio Buonomo & Christian Zanotti - Apisense – Easily monitor and track your REST-API data quality SFScon An easy and modular solution to faulty REST-API data developed in collaboration with the Open Data Hub Ever had the issue of fetching invalid or faulty data from a REST-API and noticing only later, when everything broke down? Not anymore! Apisense was developed in collaboration with the Open Data Hub to be an easy and modular tool to fit every need possible used to ensure and monitor the availability, quality and correctness of data provided via REST-APIs. Sounds too good to be true? Tune in to find out how Apisense can help both producers and consumers of data to be aware of the quality and reliability of the data they provide/consume. https://www.sfscon.it/talks/apisense-easily-monitor-and-track-your-rest-api-data-quality/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1100-aureliobuonomochristianzanotti-apisenseeasilymonitorandtrackyourrest-apidataquality-241118080739-982e37c6-thumbnail.jpg?width=120&height=120&fit=bounds" /> An easy and modular solution to faulty REST-API data developed in collaboration with the Open Data Hub Ever had the issue of fetching invalid or faulty data from a REST-API and noticing only later, when everything broke down? Not anymore! Apisense was developed in collaboration with the Open Data Hub to be an easy and modular tool to fit every need possible used to ensure and monitor the availability, quality and correctness of data provided via REST-APIs. Sounds too good to be true? Tune in to find out how Apisense can help both producers and consumers of data to be aware of the quality and reliability of the data they provide/consume. https://www.sfscon.it/talks/apisense-easily-monitor-and-track-your-rest-api-data-quality/

SFSCON24 - Aurelio Buonomo & Christian Zanotti - Apisense – Easily monitor and track your REST-API data quality from South Tyrol Free Software Conference

]]> 10 0 https://cdn.slidesharecdn.com/ss_thumbnails/1100-aureliobuonomochristianzanotti-apisenseeasilymonitorandtrackyourrest-apidataquality-241118080739-982e37c6-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 SFSCON24 - Giovanni Giannotta & Orneda Lecini - Approaches to Object Detection: Edge-Based and AI-Based /slideshow/sfscon24-giovanni-giannotta-orneda-lecini-approaches-to-object-detection-edge-based-and-ai-based/273310118 okhka6uuseilv6o9a7pf-1400-giovanni-giannottaorneda-lecini-approaches-to-object-detection-edge-based--241114155138-8b36ca04
This presentation explains why we passed to the expert system based on edge-based object detection on traditional image analysis techniques to the AI-based, leveraging advanced machine learning. The first method uses parameters derived from image analysis tools, focusing on attributes such as shape, size, and color of objects, informed by preliminary tests and expert data. The machine learning method employs a sophisticated algorithm that dynamically learns and identifies objects in images. We used both approaches using diverse datasets and measured their accuracy and efficiency under various conditions. The aim of this presentation is to show the improvement obtained by using the AI-based system applied for real-time detection and classification, offering insights into their practical strengths and applications. https://www.sfscon.it/talks/approaches-to-object-detection-edge-based-and-ai-based/]]>
This presentation explains why we passed to the expert system based on edge-based object detection on traditional image analysis techniques to the AI-based, leveraging advanced machine learning. The first method uses parameters derived from image analysis tools, focusing on attributes such as shape, size, and color of objects, informed by preliminary tests and expert data. The machine learning method employs a sophisticated algorithm that dynamically learns and identifies objects in images. We used both approaches using diverse datasets and measured their accuracy and efficiency under various conditions. The aim of this presentation is to show the improvement obtained by using the AI-based system applied for real-time detection and classification, offering insights into their practical strengths and applications. https://www.sfscon.it/talks/approaches-to-object-detection-edge-based-and-ai-based/]]> Thu, 14 Nov 2024 15:51:38 GMT /slideshow/sfscon24-giovanni-giannotta-orneda-lecini-approaches-to-object-detection-edge-based-and-ai-based/273310118 SFScon@slideshare.net(SFScon) SFSCON24 - Giovanni Giannotta & Orneda Lecini - Approaches to Object Detection: Edge-Based and AI-Based SFScon This presentation explains why we passed to the expert system based on edge-based object detection on traditional image analysis techniques to the AI-based, leveraging advanced machine learning. The first method uses parameters derived from image analysis tools, focusing on attributes such as shape, size, and color of objects, informed by preliminary tests and expert data. The machine learning method employs a sophisticated algorithm that dynamically learns and identifies objects in images. We used both approaches using diverse datasets and measured their accuracy and efficiency under various conditions. The aim of this presentation is to show the improvement obtained by using the AI-based system applied for real-time detection and classification, offering insights into their practical strengths and applications. https://www.sfscon.it/talks/approaches-to-object-detection-edge-based-and-ai-based/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/okhka6uuseilv6o9a7pf-1400-giovanni-giannottaorneda-lecini-approaches-to-object-detection-edge-based--241114155138-8b36ca04-thumbnail.jpg?width=120&height=120&fit=bounds" /> This presentation explains why we passed to the expert system based on edge-based object detection on traditional image analysis techniques to the AI-based, leveraging advanced machine learning. The first method uses parameters derived from image analysis tools, focusing on attributes such as shape, size, and color of objects, informed by preliminary tests and expert data. The machine learning method employs a sophisticated algorithm that dynamically learns and identifies objects in images. We used both approaches using diverse datasets and measured their accuracy and efficiency under various conditions. The aim of this presentation is to show the improvement obtained by using the AI-based system applied for real-time detection and classification, offering insights into their practical strengths and applications. https://www.sfscon.it/talks/approaches-to-object-detection-edge-based-and-ai-based/

SFSCON24 - Giovanni Giannotta & Orneda Lecini - Approaches to Object Detection: Edge-Based and AI-Based from South Tyrol Free Software Conference

]]> 6 0 https://cdn.slidesharecdn.com/ss_thumbnails/okhka6uuseilv6o9a7pf-1400-giovanni-giannottaorneda-lecini-approaches-to-object-detection-edge-based--241114155138-8b36ca04-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 SFSCON24 - Alberto Nicoletti - The SMART Box of AURA Project /slideshow/sfscon24-alberto-nicoletti-the-smart-box-of-aura-project/273310117 gtgqutfrsaed8xczukut-1320-alberto-nicoletti-the-smart-box-of-aura-project-241114155138-88aee4a5
AURA project centers on the development of “Green & Smart Urban Furniture,” a new generation of urban furniture that transcends traditional roles by incorporating eco-friendly and intelligent features. These urban elements are designed with bioabsorbent vegetation capable of mitigating atmospheric pollutants, making them environmentally sustainable. Furthermore, they are outfitted with advanced IoT sensors that monitor a range of environmental parameters, including climate data, urban pollution, and vehicular traffic. These smart urban furniture units not only establish an extensive urban monitoring network but also actively combat pollution through the sequestration and reduction of harmful substances via the integrated vegetation. The embedded IoT sensors provide innovative capabilities for tracking the impact of these elements on the surrounding urban environment, such as monitoring air pollution levels and assessing the effects of heat islands. Each furniture piece is equipped with a “smart box,” a hardware system constructed using low-cost commercial off-the-shelf (COTS) components. This system includes climate and environmental sensors, gas measurement devices, a processing unit, and a data transmission module. The accompanying software, developed from scratch, delivers localized information—such as CO2 sequestration, temperature, and humidity—and contributes to a comprehensive environmental monitoring network aimed at predictive analysis, including weather risks, heat wave alerts, and health risks associated with air pollution. The presentation will delve into the custom-developed software and its ability to meet the field-level requirements of the AURA Architecture, encompassing individual sensors, sensor nodes (smart-boxes within the furniture), and the broader network of these nodes. It will highlight the significant impact and benefits of utilizing free and open-source technologies throughout the development process. Key focus areas include the creation of drivers for individual sensors, with emphasis on the most representative examples, the development of software for sensor nodes—covering features like self-testing, over-the-air (OTA) updates, and MQTT communication—and the design of a dynamic web app for data presentation, leveraging JavaScript, Bootstrap, and a JSON Data Lake. This comprehensive approach underscores the importance of open technologies in accelerating innovation, ensuring flexibility, and delivering robust, scalable solutions for smart urban environments. https://www.sfscon.it/talks/the-smart-box-of-aura-project/]]>
AURA project centers on the development of “Green & Smart Urban Furniture,” a new generation of urban furniture that transcends traditional roles by incorporating eco-friendly and intelligent features. These urban elements are designed with bioabsorbent vegetation capable of mitigating atmospheric pollutants, making them environmentally sustainable. Furthermore, they are outfitted with advanced IoT sensors that monitor a range of environmental parameters, including climate data, urban pollution, and vehicular traffic. These smart urban furniture units not only establish an extensive urban monitoring network but also actively combat pollution through the sequestration and reduction of harmful substances via the integrated vegetation. The embedded IoT sensors provide innovative capabilities for tracking the impact of these elements on the surrounding urban environment, such as monitoring air pollution levels and assessing the effects of heat islands. Each furniture piece is equipped with a “smart box,” a hardware system constructed using low-cost commercial off-the-shelf (COTS) components. This system includes climate and environmental sensors, gas measurement devices, a processing unit, and a data transmission module. The accompanying software, developed from scratch, delivers localized information—such as CO2 sequestration, temperature, and humidity—and contributes to a comprehensive environmental monitoring network aimed at predictive analysis, including weather risks, heat wave alerts, and health risks associated with air pollution. The presentation will delve into the custom-developed software and its ability to meet the field-level requirements of the AURA Architecture, encompassing individual sensors, sensor nodes (smart-boxes within the furniture), and the broader network of these nodes. It will highlight the significant impact and benefits of utilizing free and open-source technologies throughout the development process. Key focus areas include the creation of drivers for individual sensors, with emphasis on the most representative examples, the development of software for sensor nodes—covering features like self-testing, over-the-air (OTA) updates, and MQTT communication—and the design of a dynamic web app for data presentation, leveraging JavaScript, Bootstrap, and a JSON Data Lake. This comprehensive approach underscores the importance of open technologies in accelerating innovation, ensuring flexibility, and delivering robust, scalable solutions for smart urban environments. https://www.sfscon.it/talks/the-smart-box-of-aura-project/]]> Thu, 14 Nov 2024 15:51:38 GMT /slideshow/sfscon24-alberto-nicoletti-the-smart-box-of-aura-project/273310117 SFScon@slideshare.net(SFScon) SFSCON24 - Alberto Nicoletti - The SMART Box of AURA Project SFScon AURA project centers on the development of “Green & Smart Urban Furniture,” a new generation of urban furniture that transcends traditional roles by incorporating eco-friendly and intelligent features. These urban elements are designed with bioabsorbent vegetation capable of mitigating atmospheric pollutants, making them environmentally sustainable. Furthermore, they are outfitted with advanced IoT sensors that monitor a range of environmental parameters, including climate data, urban pollution, and vehicular traffic. These smart urban furniture units not only establish an extensive urban monitoring network but also actively combat pollution through the sequestration and reduction of harmful substances via the integrated vegetation. The embedded IoT sensors provide innovative capabilities for tracking the impact of these elements on the surrounding urban environment, such as monitoring air pollution levels and assessing the effects of heat islands. Each furniture piece is equipped with a “smart box,” a hardware system constructed using low-cost commercial off-the-shelf (COTS) components. This system includes climate and environmental sensors, gas measurement devices, a processing unit, and a data transmission module. The accompanying software, developed from scratch, delivers localized information—such as CO2 sequestration, temperature, and humidity—and contributes to a comprehensive environmental monitoring network aimed at predictive analysis, including weather risks, heat wave alerts, and health risks associated with air pollution. The presentation will delve into the custom-developed software and its ability to meet the field-level requirements of the AURA Architecture, encompassing individual sensors, sensor nodes (smart-boxes within the furniture), and the broader network of these nodes. It will highlight the significant impact and benefits of utilizing free and open-source technologies throughout the development process. Key focus areas include the creation of drivers for individual sensors, with emphasis on the most representative examples, the development of software for sensor nodes—covering features like self-testing, over-the-air (OTA) updates, and MQTT communication—and the design of a dynamic web app for data presentation, leveraging JavaScript, Bootstrap, and a JSON Data Lake. This comprehensive approach underscores the importance of open technologies in accelerating innovation, ensuring flexibility, and delivering robust, scalable solutions for smart urban environments. https://www.sfscon.it/talks/the-smart-box-of-aura-project/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/gtgqutfrsaed8xczukut-1320-alberto-nicoletti-the-smart-box-of-aura-project-241114155138-88aee4a5-thumbnail.jpg?width=120&height=120&fit=bounds" /> AURA project centers on the development of “Green & Smart Urban Furniture,” a new generation of urban furniture that transcends traditional roles by incorporating eco-friendly and intelligent features. These urban elements are designed with bioabsorbent vegetation capable of mitigating atmospheric pollutants, making them environmentally sustainable. Furthermore, they are outfitted with advanced IoT sensors that monitor a range of environmental parameters, including climate data, urban pollution, and vehicular traffic. These smart urban furniture units not only establish an extensive urban monitoring network but also actively combat pollution through the sequestration and reduction of harmful substances via the integrated vegetation. The embedded IoT sensors provide innovative capabilities for tracking the impact of these elements on the surrounding urban environment, such as monitoring air pollution levels and assessing the effects of heat islands. Each furniture piece is equipped with a “smart box,” a hardware system constructed using low-cost commercial off-the-shelf (COTS) components. This system includes climate and environmental sensors, gas measurement devices, a processing unit, and a data transmission module. The accompanying software, developed from scratch, delivers localized information—such as CO2 sequestration, temperature, and humidity—and contributes to a comprehensive environmental monitoring network aimed at predictive analysis, including weather risks, heat wave alerts, and health risks associated with air pollution. The presentation will delve into the custom-developed software and its ability to meet the field-level requirements of the AURA Architecture, encompassing individual sensors, sensor nodes (smart-boxes within the furniture), and the broader network of these nodes. It will highlight the significant impact and benefits of utilizing free and open-source technologies throughout the development process. Key focus areas include the creation of drivers for individual sensors, with emphasis on the most representative examples, the development of software for sensor nodes—covering features like self-testing, over-the-air (OTA) updates, and MQTT communication—and the design of a dynamic web app for data presentation, leveraging JavaScript, Bootstrap, and a JSON Data Lake. This comprehensive approach underscores the importance of open technologies in accelerating innovation, ensuring flexibility, and delivering robust, scalable solutions for smart urban environments. https://www.sfscon.it/talks/the-smart-box-of-aura-project/

SFSCON24 - Alberto Nicoletti - The SMART Box of AURA Project from South Tyrol Free Software Conference

]]> 8 0 https://cdn.slidesharecdn.com/ss_thumbnails/gtgqutfrsaed8xczukut-1320-alberto-nicoletti-the-smart-box-of-aura-project-241114155138-88aee4a5-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 SFSCON24 - Luca Alloatti - Open-source silicon chips /slideshow/sfscon24-luca-alloatti-open-source-silicon-chips/273310116 5lbnawkrsxsr1r3gndbk-1100-luca-alloatti-open-source-silicon-chips-241114155138-55b50d64
We have all heard that there is ‘Intel inside’, but what is inside Intel? Almost all integrated circuits today are literally black boxes. They may contain unwanted or malicious features and, most importantly, they do not encourage reuse, nor do they allow it. The two main causes of such secrecy are: 1. standard design tools explicitly forbid the publication of any output, and 2. most foundries disallow disclosing technology details. Designers moreover face additional problems: The licence cost of standard design tools is unaffordable for most SMEs (unless questionable discount policies are applied), and lock-in threats arise at many levels, from IP blocks to foundry details to file formats. Yet exceptional progress has been made in recent years: Hundreds of silicon chips have been designed using free and open-source tools, and three foundries have made details of their processes public: The doors to free silicon are open! Hence how is politics reacting? What are the next steps to be taken? What are the opportunities for users, society and companies? https://www.sfscon.it/talks/open-source-silicon-chips/]]>
We have all heard that there is ‘Intel inside’, but what is inside Intel? Almost all integrated circuits today are literally black boxes. They may contain unwanted or malicious features and, most importantly, they do not encourage reuse, nor do they allow it. The two main causes of such secrecy are: 1. standard design tools explicitly forbid the publication of any output, and 2. most foundries disallow disclosing technology details. Designers moreover face additional problems: The licence cost of standard design tools is unaffordable for most SMEs (unless questionable discount policies are applied), and lock-in threats arise at many levels, from IP blocks to foundry details to file formats. Yet exceptional progress has been made in recent years: Hundreds of silicon chips have been designed using free and open-source tools, and three foundries have made details of their processes public: The doors to free silicon are open! Hence how is politics reacting? What are the next steps to be taken? What are the opportunities for users, society and companies? https://www.sfscon.it/talks/open-source-silicon-chips/]]> Thu, 14 Nov 2024 15:51:38 GMT /slideshow/sfscon24-luca-alloatti-open-source-silicon-chips/273310116 SFScon@slideshare.net(SFScon) SFSCON24 - Luca Alloatti - Open-source silicon chips SFScon We have all heard that there is ‘Intel inside’, but what is inside Intel? Almost all integrated circuits today are literally black boxes. They may contain unwanted or malicious features and, most importantly, they do not encourage reuse, nor do they allow it. The two main causes of such secrecy are: 1. standard design tools explicitly forbid the publication of any output, and 2. most foundries disallow disclosing technology details. Designers moreover face additional problems: The licence cost of standard design tools is unaffordable for most SMEs (unless questionable discount policies are applied), and lock-in threats arise at many levels, from IP blocks to foundry details to file formats. Yet exceptional progress has been made in recent years: Hundreds of silicon chips have been designed using free and open-source tools, and three foundries have made details of their processes public: The doors to free silicon are open! Hence how is politics reacting? What are the next steps to be taken? What are the opportunities for users, society and companies? https://www.sfscon.it/talks/open-source-silicon-chips/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/5lbnawkrsxsr1r3gndbk-1100-luca-alloatti-open-source-silicon-chips-241114155138-55b50d64-thumbnail.jpg?width=120&height=120&fit=bounds" /> We have all heard that there is ‘Intel inside’, but what is inside Intel? Almost all integrated circuits today are literally black boxes. They may contain unwanted or malicious features and, most importantly, they do not encourage reuse, nor do they allow it. The two main causes of such secrecy are: 1. standard design tools explicitly forbid the publication of any output, and 2. most foundries disallow disclosing technology details. Designers moreover face additional problems: The licence cost of standard design tools is unaffordable for most SMEs (unless questionable discount policies are applied), and lock-in threats arise at many levels, from IP blocks to foundry details to file formats. Yet exceptional progress has been made in recent years: Hundreds of silicon chips have been designed using free and open-source tools, and three foundries have made details of their processes public: The doors to free silicon are open! Hence how is politics reacting? What are the next steps to be taken? What are the opportunities for users, society and companies? https://www.sfscon.it/talks/open-source-silicon-chips/

SFSCON24 - Luca Alloatti - Open-source silicon chips from South Tyrol Free Software Conference

]]> 5 0 https://cdn.slidesharecdn.com/ss_thumbnails/5lbnawkrsxsr1r3gndbk-1100-luca-alloatti-open-source-silicon-chips-241114155138-55b50d64-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 SFSCON24 - Roberto Innocenti - 2025 scenario on OpenISA OpenPower Open Hardware computing /slideshow/sfscon24-roberto-innocenti-2025-scenario-on-openisa-openpower-open-hardware-computing/273310115 0ywzcvinqyq3j8zsodsj-1300-roberto-innocenti-2025-scenario-on-openisa-openpower-open-hardware-computi-241114155138-b37ad024
2025 Real scenario on Open Hardware based on OpenISA OpenPower CPU 13:00 15 mins 08/11/2024 We see on 2025 which OpenISA OpenPower low power chip will give life to new Open Hardware computers, we examine in detail which open hardware computers will be ready for 2025 based on these chips. It will be the first time that OpenPower OpenISA low power Chip will be produced, and what is more, it will be produced from other Silicon Companies different from IBM. We will see who are the GNU/Linux distros that support PPC64 and PPC64el and PowerPC architecture that runs on these computers and how you can join to experiment with it and push forward these architectures. https://www.sfscon.it/talks/2025-scenario-on-openisa-openpower-open-hardware-computing/]]>
2025 Real scenario on Open Hardware based on OpenISA OpenPower CPU 13:00 15 mins 08/11/2024 We see on 2025 which OpenISA OpenPower low power chip will give life to new Open Hardware computers, we examine in detail which open hardware computers will be ready for 2025 based on these chips. It will be the first time that OpenPower OpenISA low power Chip will be produced, and what is more, it will be produced from other Silicon Companies different from IBM. We will see who are the GNU/Linux distros that support PPC64 and PPC64el and PowerPC architecture that runs on these computers and how you can join to experiment with it and push forward these architectures. https://www.sfscon.it/talks/2025-scenario-on-openisa-openpower-open-hardware-computing/]]> Thu, 14 Nov 2024 15:51:38 GMT /slideshow/sfscon24-roberto-innocenti-2025-scenario-on-openisa-openpower-open-hardware-computing/273310115 SFScon@slideshare.net(SFScon) SFSCON24 - Roberto Innocenti - 2025 scenario on OpenISA OpenPower Open Hardware computing SFScon 2025 Real scenario on Open Hardware based on OpenISA OpenPower CPU 13:00 15 mins 08/11/2024 We see on 2025 which OpenISA OpenPower low power chip will give life to new Open Hardware computers, we examine in detail which open hardware computers will be ready for 2025 based on these chips. It will be the first time that OpenPower OpenISA low power Chip will be produced, and what is more, it will be produced from other Silicon Companies different from IBM. We will see who are the GNU/Linux distros that support PPC64 and PPC64el and PowerPC architecture that runs on these computers and how you can join to experiment with it and push forward these architectures. https://www.sfscon.it/talks/2025-scenario-on-openisa-openpower-open-hardware-computing/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/0ywzcvinqyq3j8zsodsj-1300-roberto-innocenti-2025-scenario-on-openisa-openpower-open-hardware-computi-241114155138-b37ad024-thumbnail.jpg?width=120&height=120&fit=bounds" /> 2025 Real scenario on Open Hardware based on OpenISA OpenPower CPU 13:00 15 mins 08/11/2024 We see on 2025 which OpenISA OpenPower low power chip will give life to new Open Hardware computers, we examine in detail which open hardware computers will be ready for 2025 based on these chips. It will be the first time that OpenPower OpenISA low power Chip will be produced, and what is more, it will be produced from other Silicon Companies different from IBM. We will see who are the GNU/Linux distros that support PPC64 and PPC64el and PowerPC architecture that runs on these computers and how you can join to experiment with it and push forward these architectures. https://www.sfscon.it/talks/2025-scenario-on-openisa-openpower-open-hardware-computing/

SFSCON24 - Roberto Innocenti - 2025 scenario on OpenISA OpenPower Open Hardware computing from South Tyrol Free Software Conference

]]> 6 0 https://cdn.slidesharecdn.com/ss_thumbnails/0ywzcvinqyq3j8zsodsj-1300-roberto-innocenti-2025-scenario-on-openisa-openpower-open-hardware-computi-241114155138-b37ad024-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 SFSCON24 - Juan Rico - Enabling global interoperability among smart devices is only possible through Open Source /slideshow/sfscon24-juan-rico-enabling-global-interoperability-among-smart-devices-is-only-possible-through-open-source/273310114 01j9lm91qk6lnintiodf-1220-juan-rico-enabling-global-interoperability-among-smart-devices-is-only-pos-241114155138-5960d17c
Oniro and OpenHarmony a cooperation to build a global ecosystem 12:20 15 mins 08/11/2024 Global interoperability is probably the biggest problem that smart devices have been studied for more than 10 years. Multiple solutions have been proposed with different results, but none of them has established a reference framework and a global adoption. One of the main reasons for this to stay as a key element for research and investment is the diversity among the whole technology stack and geographical dispersion of device manufacturers. In the last years, there is a solution that is capturing the attention by demonstrating how an open source operating system can enable global interoperability in a huge domestic market like China. This solution is OpenHarmony and through a cooperation with Eclipse Foundation Oniro project, it is intended to use open source to drive interoperability and therefore solve one of the biggest challenges in the IoT and smart device industry. During the talk, it will be presented the approach followed by these two independent initiatives to cooperate while keeping the independence of the open source communities behind them. https://www.sfscon.it/talks/enabling-global-interoperability-among-smart-devices-is-only-possible-through-open-source/]]>
Oniro and OpenHarmony a cooperation to build a global ecosystem 12:20 15 mins 08/11/2024 Global interoperability is probably the biggest problem that smart devices have been studied for more than 10 years. Multiple solutions have been proposed with different results, but none of them has established a reference framework and a global adoption. One of the main reasons for this to stay as a key element for research and investment is the diversity among the whole technology stack and geographical dispersion of device manufacturers. In the last years, there is a solution that is capturing the attention by demonstrating how an open source operating system can enable global interoperability in a huge domestic market like China. This solution is OpenHarmony and through a cooperation with Eclipse Foundation Oniro project, it is intended to use open source to drive interoperability and therefore solve one of the biggest challenges in the IoT and smart device industry. During the talk, it will be presented the approach followed by these two independent initiatives to cooperate while keeping the independence of the open source communities behind them. https://www.sfscon.it/talks/enabling-global-interoperability-among-smart-devices-is-only-possible-through-open-source/]]> Thu, 14 Nov 2024 15:51:38 GMT /slideshow/sfscon24-juan-rico-enabling-global-interoperability-among-smart-devices-is-only-possible-through-open-source/273310114 SFScon@slideshare.net(SFScon) SFSCON24 - Juan Rico - Enabling global interoperability among smart devices is only possible through Open Source SFScon Oniro and OpenHarmony a cooperation to build a global ecosystem 12:20 15 mins 08/11/2024 Global interoperability is probably the biggest problem that smart devices have been studied for more than 10 years. Multiple solutions have been proposed with different results, but none of them has established a reference framework and a global adoption. One of the main reasons for this to stay as a key element for research and investment is the diversity among the whole technology stack and geographical dispersion of device manufacturers. In the last years, there is a solution that is capturing the attention by demonstrating how an open source operating system can enable global interoperability in a huge domestic market like China. This solution is OpenHarmony and through a cooperation with Eclipse Foundation Oniro project, it is intended to use open source to drive interoperability and therefore solve one of the biggest challenges in the IoT and smart device industry. During the talk, it will be presented the approach followed by these two independent initiatives to cooperate while keeping the independence of the open source communities behind them. https://www.sfscon.it/talks/enabling-global-interoperability-among-smart-devices-is-only-possible-through-open-source/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/01j9lm91qk6lnintiodf-1220-juan-rico-enabling-global-interoperability-among-smart-devices-is-only-pos-241114155138-5960d17c-thumbnail.jpg?width=120&height=120&fit=bounds" /> Oniro and OpenHarmony a cooperation to build a global ecosystem 12:20 15 mins 08/11/2024 Global interoperability is probably the biggest problem that smart devices have been studied for more than 10 years. Multiple solutions have been proposed with different results, but none of them has established a reference framework and a global adoption. One of the main reasons for this to stay as a key element for research and investment is the diversity among the whole technology stack and geographical dispersion of device manufacturers. In the last years, there is a solution that is capturing the attention by demonstrating how an open source operating system can enable global interoperability in a huge domestic market like China. This solution is OpenHarmony and through a cooperation with Eclipse Foundation Oniro project, it is intended to use open source to drive interoperability and therefore solve one of the biggest challenges in the IoT and smart device industry. During the talk, it will be presented the approach followed by these two independent initiatives to cooperate while keeping the independence of the open source communities behind them. https://www.sfscon.it/talks/enabling-global-interoperability-among-smart-devices-is-only-possible-through-open-source/

SFSCON24 - Juan Rico - Enabling global interoperability among smart devices is only possible through Open Source from South Tyrol Free Software Conference

]]> 4 0 https://cdn.slidesharecdn.com/ss_thumbnails/01j9lm91qk6lnintiodf-1220-juan-rico-enabling-global-interoperability-among-smart-devices-is-only-pos-241114155138-5960d17c-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 SFSCON24 - Seckin Celik & Davide Serpico - Adoption Determinants of Open Hardware Across Industries /slideshow/sfscon24-seckin-celik-davide-serpico-adoption-determinants-of-open-hardware-across-industries/273310113 qw0xfpsl0bcpsxayqpwt-1200-seckin-celikdavide-serpico-adoption-determinants-of-open-hardware-across-i-241114155138-0ad7166e
Open Hardware (OH) is revolutionizing the way we approach technology in several areas, such as agriculture and healthcare. These areas, which are fundamental to food availability and human well-being, are undergoing an important shift as open hardware licensing strategies, inspired by open-source software (OSS), make solutions more accessible, affordable, and customizable. In this talk, we review major factors determining the use and adoption of OH technologies, including economic advantages, opportunities, and challenges. Similar to OSS, OH applications are gaining momentum. In agriculture, farmers and researchers are turning to OH for precision farming tools, environmental monitoring, and robotics. These technologies not only reduce development costs but can be easily adapted to specific local needs, enhancing their effectiveness in diverse agricultural environments – crucial for small-scale farmers in developing countries and rural areas who face financial constraints. Likewise, the healthcare industry is benefiting from OH through the development of affordable medical devices, diagnostic tools, and treatment systems. The high costs and regulatory challenges associated with traditional medical devices often limit access to essential healthcare, especially in underdeveloped regions. Examples include open-source ventilators, syringe pumps, and diagnostic devices. Applications of OH will be showcased through a comparative analysis of successful projects, particularly those with high engagement on platforms like GitHub, characterized by community engagement, active forums, and regular updates. Finally, we will draw conclusions about the potential of OH for industries beyond agriculture and healthcare, encouraging further innovation and collaboration in the open-source community. https://www.sfscon.it/talks/adoption-determinants-of-open-hardware-across-industries/]]>
Open Hardware (OH) is revolutionizing the way we approach technology in several areas, such as agriculture and healthcare. These areas, which are fundamental to food availability and human well-being, are undergoing an important shift as open hardware licensing strategies, inspired by open-source software (OSS), make solutions more accessible, affordable, and customizable. In this talk, we review major factors determining the use and adoption of OH technologies, including economic advantages, opportunities, and challenges. Similar to OSS, OH applications are gaining momentum. In agriculture, farmers and researchers are turning to OH for precision farming tools, environmental monitoring, and robotics. These technologies not only reduce development costs but can be easily adapted to specific local needs, enhancing their effectiveness in diverse agricultural environments – crucial for small-scale farmers in developing countries and rural areas who face financial constraints. Likewise, the healthcare industry is benefiting from OH through the development of affordable medical devices, diagnostic tools, and treatment systems. The high costs and regulatory challenges associated with traditional medical devices often limit access to essential healthcare, especially in underdeveloped regions. Examples include open-source ventilators, syringe pumps, and diagnostic devices. Applications of OH will be showcased through a comparative analysis of successful projects, particularly those with high engagement on platforms like GitHub, characterized by community engagement, active forums, and regular updates. Finally, we will draw conclusions about the potential of OH for industries beyond agriculture and healthcare, encouraging further innovation and collaboration in the open-source community. https://www.sfscon.it/talks/adoption-determinants-of-open-hardware-across-industries/]]> Thu, 14 Nov 2024 15:51:38 GMT /slideshow/sfscon24-seckin-celik-davide-serpico-adoption-determinants-of-open-hardware-across-industries/273310113 SFScon@slideshare.net(SFScon) SFSCON24 - Seckin Celik & Davide Serpico - Adoption Determinants of Open Hardware Across Industries SFScon Open Hardware (OH) is revolutionizing the way we approach technology in several areas, such as agriculture and healthcare. These areas, which are fundamental to food availability and human well-being, are undergoing an important shift as open hardware licensing strategies, inspired by open-source software (OSS), make solutions more accessible, affordable, and customizable. In this talk, we review major factors determining the use and adoption of OH technologies, including economic advantages, opportunities, and challenges. Similar to OSS, OH applications are gaining momentum. In agriculture, farmers and researchers are turning to OH for precision farming tools, environmental monitoring, and robotics. These technologies not only reduce development costs but can be easily adapted to specific local needs, enhancing their effectiveness in diverse agricultural environments – crucial for small-scale farmers in developing countries and rural areas who face financial constraints. Likewise, the healthcare industry is benefiting from OH through the development of affordable medical devices, diagnostic tools, and treatment systems. The high costs and regulatory challenges associated with traditional medical devices often limit access to essential healthcare, especially in underdeveloped regions. Examples include open-source ventilators, syringe pumps, and diagnostic devices. Applications of OH will be showcased through a comparative analysis of successful projects, particularly those with high engagement on platforms like GitHub, characterized by community engagement, active forums, and regular updates. Finally, we will draw conclusions about the potential of OH for industries beyond agriculture and healthcare, encouraging further innovation and collaboration in the open-source community. https://www.sfscon.it/talks/adoption-determinants-of-open-hardware-across-industries/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/qw0xfpsl0bcpsxayqpwt-1200-seckin-celikdavide-serpico-adoption-determinants-of-open-hardware-across-i-241114155138-0ad7166e-thumbnail.jpg?width=120&height=120&fit=bounds" /> Open Hardware (OH) is revolutionizing the way we approach technology in several areas, such as agriculture and healthcare. These areas, which are fundamental to food availability and human well-being, are undergoing an important shift as open hardware licensing strategies, inspired by open-source software (OSS), make solutions more accessible, affordable, and customizable. In this talk, we review major factors determining the use and adoption of OH technologies, including economic advantages, opportunities, and challenges. Similar to OSS, OH applications are gaining momentum. In agriculture, farmers and researchers are turning to OH for precision farming tools, environmental monitoring, and robotics. These technologies not only reduce development costs but can be easily adapted to specific local needs, enhancing their effectiveness in diverse agricultural environments – crucial for small-scale farmers in developing countries and rural areas who face financial constraints. Likewise, the healthcare industry is benefiting from OH through the development of affordable medical devices, diagnostic tools, and treatment systems. The high costs and regulatory challenges associated with traditional medical devices often limit access to essential healthcare, especially in underdeveloped regions. Examples include open-source ventilators, syringe pumps, and diagnostic devices. Applications of OH will be showcased through a comparative analysis of successful projects, particularly those with high engagement on platforms like GitHub, characterized by community engagement, active forums, and regular updates. Finally, we will draw conclusions about the potential of OH for industries beyond agriculture and healthcare, encouraging further innovation and collaboration in the open-source community. https://www.sfscon.it/talks/adoption-determinants-of-open-hardware-across-industries/

SFSCON24 - Seckin Celik & Davide Serpico - Adoption Determinants of Open Hardware Across Industries from South Tyrol Free Software Conference

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0 SFSCON24 - Stefan Mutschlechner - Smart Werke Meran - Lorawan Use Cases /slideshow/sfscon24-stefan-mutschlechner-smart-werke-meran-lorawan-use-cases/273310112 bae84ydytfk8z38pp87k-1240-stefan-mutschlechner-smart-werke-meran-8211-lorawan-use-cases-241114155138-b330c3b1
Our Use Cases realized with 100% Open Source 12:40 15 mins 08/11/2024 Stadtwerke Meran has had a Chripstack Lorawan server and 19 Lorawan gateways for a year now. Merano has a well-developed Lorawan network. We have realized the following use cases: Remote control of public lighting. Temperature measurement ( Just Nature project) Smart metering for our water customer GPS tracking for waste compactors of our major customers. https://www.sfscon.it/talks/smart-werke-meran-lorawan-use-cases/]]>
Our Use Cases realized with 100% Open Source 12:40 15 mins 08/11/2024 Stadtwerke Meran has had a Chripstack Lorawan server and 19 Lorawan gateways for a year now. Merano has a well-developed Lorawan network. We have realized the following use cases: Remote control of public lighting. Temperature measurement ( Just Nature project) Smart metering for our water customer GPS tracking for waste compactors of our major customers. https://www.sfscon.it/talks/smart-werke-meran-lorawan-use-cases/]]> Thu, 14 Nov 2024 15:51:38 GMT /slideshow/sfscon24-stefan-mutschlechner-smart-werke-meran-lorawan-use-cases/273310112 SFScon@slideshare.net(SFScon) SFSCON24 - Stefan Mutschlechner - Smart Werke Meran - Lorawan Use Cases SFScon Our Use Cases realized with 100% Open Source 12:40 15 mins 08/11/2024 Stadtwerke Meran has had a Chripstack Lorawan server and 19 Lorawan gateways for a year now. Merano has a well-developed Lorawan network. We have realized the following use cases: Remote control of public lighting. Temperature measurement ( Just Nature project) Smart metering for our water customer GPS tracking for waste compactors of our major customers. https://www.sfscon.it/talks/smart-werke-meran-lorawan-use-cases/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/bae84ydytfk8z38pp87k-1240-stefan-mutschlechner-smart-werke-meran-8211-lorawan-use-cases-241114155138-b330c3b1-thumbnail.jpg?width=120&height=120&fit=bounds" /> Our Use Cases realized with 100% Open Source 12:40 15 mins 08/11/2024 Stadtwerke Meran has had a Chripstack Lorawan server and 19 Lorawan gateways for a year now. Merano has a well-developed Lorawan network. We have realized the following use cases: Remote control of public lighting. Temperature measurement ( Just Nature project) Smart metering for our water customer GPS tracking for waste compactors of our major customers. https://www.sfscon.it/talks/smart-werke-meran-lorawan-use-cases/

SFSCON24 - Stefan Mutschlechner - Smart Werke Meran - Lorawan Use Cases from South Tyrol Free Software Conference

]]> 4 0 https://cdn.slidesharecdn.com/ss_thumbnails/bae84ydytfk8z38pp87k-1240-stefan-mutschlechner-smart-werke-meran-8211-lorawan-use-cases-241114155138-b330c3b1-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 SFSCON24 - Mattia Pizzirani - Raspberry Pi and Node-RED: Open Source Tools for Local Automation and Industrial IoT applications /slideshow/sfscon24-mattia-pizzirani-raspberry-pi-and-node-red-open-source-tools-for-local-automation-and-industrial-iot-applications/273310111 yg4tiz1tsdszhgbgc4ap-1340-mattia-pizzirani-raspberry-pi-and-node-red-open-source-tools-for-local-aut-241114155138-37afad7c
This talk will explore how Raspberry Pi and Node-RED enable robust solutions for automation and control systems in both industrial and local applications. Leveraging open-source technology, these platforms can handle a wide range of tasks, from reading sensor data and managing actuators, to controlling devices through industrial communication protocols such as Modbus, RS485 ascii RTU etc. Node-RED’s message-driven architecture simplifies the creation of control logic, even for complex operations, while Raspberry Pi serves as a powerful and cost-effective alternative to traditional PLCs and IPCs. The integration of these tools allows for seamless data processing, remote communication, and the development of HMI interfaces both user-friendly or more traditiconal SCADA-like, making these technologies ideal for creating IIoT-native solutions. This presentation will focus on the technical capabilities, showing how these platforms can empower engineers and developers to build flexible and scalable automation solutions. https://www.sfscon.it/talks/raspberry-pi-and-node-red-open-source-tools-for-local-automation-and-industrial-iot-applications/]]>
This talk will explore how Raspberry Pi and Node-RED enable robust solutions for automation and control systems in both industrial and local applications. Leveraging open-source technology, these platforms can handle a wide range of tasks, from reading sensor data and managing actuators, to controlling devices through industrial communication protocols such as Modbus, RS485 ascii RTU etc. Node-RED’s message-driven architecture simplifies the creation of control logic, even for complex operations, while Raspberry Pi serves as a powerful and cost-effective alternative to traditional PLCs and IPCs. The integration of these tools allows for seamless data processing, remote communication, and the development of HMI interfaces both user-friendly or more traditiconal SCADA-like, making these technologies ideal for creating IIoT-native solutions. This presentation will focus on the technical capabilities, showing how these platforms can empower engineers and developers to build flexible and scalable automation solutions. https://www.sfscon.it/talks/raspberry-pi-and-node-red-open-source-tools-for-local-automation-and-industrial-iot-applications/]]> Thu, 14 Nov 2024 15:51:38 GMT /slideshow/sfscon24-mattia-pizzirani-raspberry-pi-and-node-red-open-source-tools-for-local-automation-and-industrial-iot-applications/273310111 SFScon@slideshare.net(SFScon) SFSCON24 - Mattia Pizzirani - Raspberry Pi and Node-RED: Open Source Tools for Local Automation and Industrial IoT applications SFScon This talk will explore how Raspberry Pi and Node-RED enable robust solutions for automation and control systems in both industrial and local applications. Leveraging open-source technology, these platforms can handle a wide range of tasks, from reading sensor data and managing actuators, to controlling devices through industrial communication protocols such as Modbus, RS485 ascii RTU etc. Node-RED’s message-driven architecture simplifies the creation of control logic, even for complex operations, while Raspberry Pi serves as a powerful and cost-effective alternative to traditional PLCs and IPCs. The integration of these tools allows for seamless data processing, remote communication, and the development of HMI interfaces both user-friendly or more traditiconal SCADA-like, making these technologies ideal for creating IIoT-native solutions. This presentation will focus on the technical capabilities, showing how these platforms can empower engineers and developers to build flexible and scalable automation solutions. https://www.sfscon.it/talks/raspberry-pi-and-node-red-open-source-tools-for-local-automation-and-industrial-iot-applications/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/yg4tiz1tsdszhgbgc4ap-1340-mattia-pizzirani-raspberry-pi-and-node-red-open-source-tools-for-local-aut-241114155138-37afad7c-thumbnail.jpg?width=120&height=120&fit=bounds" /> This talk will explore how Raspberry Pi and Node-RED enable robust solutions for automation and control systems in both industrial and local applications. Leveraging open-source technology, these platforms can handle a wide range of tasks, from reading sensor data and managing actuators, to controlling devices through industrial communication protocols such as Modbus, RS485 ascii RTU etc. Node-RED’s message-driven architecture simplifies the creation of control logic, even for complex operations, while Raspberry Pi serves as a powerful and cost-effective alternative to traditional PLCs and IPCs. The integration of these tools allows for seamless data processing, remote communication, and the development of HMI interfaces both user-friendly or more traditiconal SCADA-like, making these technologies ideal for creating IIoT-native solutions. This presentation will focus on the technical capabilities, showing how these platforms can empower engineers and developers to build flexible and scalable automation solutions. https://www.sfscon.it/talks/raspberry-pi-and-node-red-open-source-tools-for-local-automation-and-industrial-iot-applications/

SFSCON24 - Mattia Pizzirani - Raspberry Pi and Node-RED: Open Source Tools for Local Automation and Industrial IoT applications from South Tyrol Free Software Conference

]]> 16 0 https://cdn.slidesharecdn.com/ss_thumbnails/yg4tiz1tsdszhgbgc4ap-1340-mattia-pizzirani-raspberry-pi-and-node-red-open-source-tools-for-local-aut-241114155138-37afad7c-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 SFSCON24 - Attaullah Buriro - ClapMetrics: Decoding Users Genderand Age Through Smartwatch Gesture Dynamics /slideshow/sfscon24-attaullah-buriro-clapmetrics-decoding-users-genderand-age-through-smartwatch-gesture-dynamics/273309967 5vooaocteek0qczr3vha-1140-attaullah-buriro-clapmetrics-decoding-users-gender-and-age-through-smartwa-241114154514-ed2b5de9
In this presentation, we introduce ClapMetrics – an innovative and seamless method for deducing the gender and age of smartwatch users. This system ingeniously harnesses the capabilities of the smartwatch’s integrated 3D sensors — specifically, the accelerometer and gyroscope—to capture the wearer’s arm movements during a clapping action. ClapMetrics operates on the principle that each clap is a complex interplay of motion, unique to the individual, much like a fingerprint. By analyzing these movements, ClapMetrics can gather rich biometric data without any active input or effort from the user, making it a remarkably non-intrusive technology. We will delve into the specifics of how ClapMetrics processes sensor data to make its estimations. We will explore the Neural Network’s architecture, the training process, and how the model interprets the sensor data to make reliable predictions about the wearer’s gender and age. https://www.sfscon.it/talks/clapmetrics-decoding-users-gender-and-age-through-smartwatch-gesture-dynamics/]]>
In this presentation, we introduce ClapMetrics – an innovative and seamless method for deducing the gender and age of smartwatch users. This system ingeniously harnesses the capabilities of the smartwatch’s integrated 3D sensors — specifically, the accelerometer and gyroscope—to capture the wearer’s arm movements during a clapping action. ClapMetrics operates on the principle that each clap is a complex interplay of motion, unique to the individual, much like a fingerprint. By analyzing these movements, ClapMetrics can gather rich biometric data without any active input or effort from the user, making it a remarkably non-intrusive technology. We will delve into the specifics of how ClapMetrics processes sensor data to make its estimations. We will explore the Neural Network’s architecture, the training process, and how the model interprets the sensor data to make reliable predictions about the wearer’s gender and age. https://www.sfscon.it/talks/clapmetrics-decoding-users-gender-and-age-through-smartwatch-gesture-dynamics/]]> Thu, 14 Nov 2024 15:45:14 GMT /slideshow/sfscon24-attaullah-buriro-clapmetrics-decoding-users-genderand-age-through-smartwatch-gesture-dynamics/273309967 SFScon@slideshare.net(SFScon) SFSCON24 - Attaullah Buriro - ClapMetrics: Decoding Users Genderand Age Through Smartwatch Gesture Dynamics SFScon In this presentation, we introduce ClapMetrics – an innovative and seamless method for deducing the gender and age of smartwatch users. This system ingeniously harnesses the capabilities of the smartwatch’s integrated 3D sensors — specifically, the accelerometer and gyroscope—to capture the wearer’s arm movements during a clapping action. ClapMetrics operates on the principle that each clap is a complex interplay of motion, unique to the individual, much like a fingerprint. By analyzing these movements, ClapMetrics can gather rich biometric data without any active input or effort from the user, making it a remarkably non-intrusive technology. We will delve into the specifics of how ClapMetrics processes sensor data to make its estimations. We will explore the Neural Network’s architecture, the training process, and how the model interprets the sensor data to make reliable predictions about the wearer’s gender and age. https://www.sfscon.it/talks/clapmetrics-decoding-users-gender-and-age-through-smartwatch-gesture-dynamics/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/5vooaocteek0qczr3vha-1140-attaullah-buriro-clapmetrics-decoding-users-gender-and-age-through-smartwa-241114154514-ed2b5de9-thumbnail.jpg?width=120&height=120&fit=bounds" /> In this presentation, we introduce ClapMetrics – an innovative and seamless method for deducing the gender and age of smartwatch users. This system ingeniously harnesses the capabilities of the smartwatch’s integrated 3D sensors — specifically, the accelerometer and gyroscope—to capture the wearer’s arm movements during a clapping action. ClapMetrics operates on the principle that each clap is a complex interplay of motion, unique to the individual, much like a fingerprint. By analyzing these movements, ClapMetrics can gather rich biometric data without any active input or effort from the user, making it a remarkably non-intrusive technology. We will delve into the specifics of how ClapMetrics processes sensor data to make its estimations. We will explore the Neural Network’s architecture, the training process, and how the model interprets the sensor data to make reliable predictions about the wearer’s gender and age. https://www.sfscon.it/talks/clapmetrics-decoding-users-gender-and-age-through-smartwatch-gesture-dynamics/

SFSCON24 - Attaullah Buriro - ClapMetrics: Decoding Users Genderand Age Through Smartwatch Gesture Dynamics from South Tyrol Free Software Conference

]]> 9 0 https://cdn.slidesharecdn.com/ss_thumbnails/5vooaocteek0qczr3vha-1140-attaullah-buriro-clapmetrics-decoding-users-gender-and-age-through-smartwa-241114154514-ed2b5de9-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 SFSCON24 - Joseph P. De Veaugh Geiss - Opt out? Opt in? Opt Green! Bringing Free Software To Eco-Consumers /slideshow/sfscon24-joseph-p-de-veaugh-geiss-opt-out-opt-in-opt-green-bringing-free-software-to-eco-consumers/273268278 eoubb89atd2xysacm9np-1120-joseph-p-241113092544-8a0ecd6a
Free Software gives consumers what they want, but many don’t know it … yet! We aim to change that by reaching out directly to eco-consumers in the “Opt Green” project, a new KDE Eco initiative funded by the German Environmental Agency. Consumers want sustainable software: in a recent European poll 50% of respondents say the two primary reasons they purchase a new device are non-functioning software and software performance issues. This is as good a time as ever for an “Opt Green” message. In the next couple of years Windows 10 end-of-life and the phasing out of Intel-based macOS support will make e-waste out of hundreds of millions of computers. Functioning but vendor-abandoned devices can stay out of the landfill and in use for many years to come. With software designed for users’ needs, not vendors’, it is possible to run software on the devices one already owns. Lean, efficient Free Software even runs on devices that are decades old. This is good for users, and better for the environment! In this lightning talk I will provide an overview of the whys and hows of KDE Eco’s “Opt Green” initiative. Through campaigns and workshops over the next 2 years, we will raise awareness about environmental issues driven by software and demonstrate the power of Free Software to drive down resource use and keep devices running smoothly for years beyond official vendor support. This is all possible because Free Software *is* right-to-repair software: it removes vendor dependencies and guarantees transparency and user autonomy, providing full control over software, and thus hardware. I will describe the ways we plan to reach our target audience, including materials designed for eco-consumers and events well outside usual tech circles, such as open-air organic, artisanal, and fair trade markets, cultural centers, and others. These activities give us the opportunity to align our values in the Free Software community with those in allied communities striving for a sustainable modern lifestyle.]]>
Free Software gives consumers what they want, but many don’t know it … yet! We aim to change that by reaching out directly to eco-consumers in the “Opt Green” project, a new KDE Eco initiative funded by the German Environmental Agency. Consumers want sustainable software: in a recent European poll 50% of respondents say the two primary reasons they purchase a new device are non-functioning software and software performance issues. This is as good a time as ever for an “Opt Green” message. In the next couple of years Windows 10 end-of-life and the phasing out of Intel-based macOS support will make e-waste out of hundreds of millions of computers. Functioning but vendor-abandoned devices can stay out of the landfill and in use for many years to come. With software designed for users’ needs, not vendors’, it is possible to run software on the devices one already owns. Lean, efficient Free Software even runs on devices that are decades old. This is good for users, and better for the environment! In this lightning talk I will provide an overview of the whys and hows of KDE Eco’s “Opt Green” initiative. Through campaigns and workshops over the next 2 years, we will raise awareness about environmental issues driven by software and demonstrate the power of Free Software to drive down resource use and keep devices running smoothly for years beyond official vendor support. This is all possible because Free Software *is* right-to-repair software: it removes vendor dependencies and guarantees transparency and user autonomy, providing full control over software, and thus hardware. I will describe the ways we plan to reach our target audience, including materials designed for eco-consumers and events well outside usual tech circles, such as open-air organic, artisanal, and fair trade markets, cultural centers, and others. These activities give us the opportunity to align our values in the Free Software community with those in allied communities striving for a sustainable modern lifestyle.]]> Wed, 13 Nov 2024 09:25:43 GMT /slideshow/sfscon24-joseph-p-de-veaugh-geiss-opt-out-opt-in-opt-green-bringing-free-software-to-eco-consumers/273268278 SFScon@slideshare.net(SFScon) SFSCON24 - Joseph P. De Veaugh Geiss - Opt out? Opt in? Opt Green! Bringing Free Software To Eco-Consumers SFScon Free Software gives consumers what they want, but many don’t know it … yet! We aim to change that by reaching out directly to eco-consumers in the “Opt Green” project, a new KDE Eco initiative funded by the German Environmental Agency. Consumers want sustainable software: in a recent European poll 50% of respondents say the two primary reasons they purchase a new device are non-functioning software and software performance issues. This is as good a time as ever for an “Opt Green” message. In the next couple of years Windows 10 end-of-life and the phasing out of Intel-based macOS support will make e-waste out of hundreds of millions of computers. Functioning but vendor-abandoned devices can stay out of the landfill and in use for many years to come. With software designed for users’ needs, not vendors’, it is possible to run software on the devices one already owns. Lean, efficient Free Software even runs on devices that are decades old. This is good for users, and better for the environment! In this lightning talk I will provide an overview of the whys and hows of KDE Eco’s “Opt Green” initiative. Through campaigns and workshops over the next 2 years, we will raise awareness about environmental issues driven by software and demonstrate the power of Free Software to drive down resource use and keep devices running smoothly for years beyond official vendor support. This is all possible because Free Software *is* right-to-repair software: it removes vendor dependencies and guarantees transparency and user autonomy, providing full control over software, and thus hardware. I will describe the ways we plan to reach our target audience, including materials designed for eco-consumers and events well outside usual tech circles, such as open-air organic, artisanal, and fair trade markets, cultural centers, and others. These activities give us the opportunity to align our values in the Free Software community with those in allied communities striving for a sustainable modern lifestyle. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/eoubb89atd2xysacm9np-1120-joseph-p-241113092544-8a0ecd6a-thumbnail.jpg?width=120&height=120&fit=bounds" /> Free Software gives consumers what they want, but many don’t know it … yet! We aim to change that by reaching out directly to eco-consumers in the “Opt Green” project, a new KDE Eco initiative funded by the German Environmental Agency. Consumers want sustainable software: in a recent European poll 50% of respondents say the two primary reasons they purchase a new device are non-functioning software and software performance issues. This is as good a time as ever for an “Opt Green” message. In the next couple of years Windows 10 end-of-life and the phasing out of Intel-based macOS support will make e-waste out of hundreds of millions of computers. Functioning but vendor-abandoned devices can stay out of the landfill and in use for many years to come. With software designed for users’ needs, not vendors’, it is possible to run software on the devices one already owns. Lean, efficient Free Software even runs on devices that are decades old. This is good for users, and better for the environment! In this lightning talk I will provide an overview of the whys and hows of KDE Eco’s “Opt Green” initiative. Through campaigns and workshops over the next 2 years, we will raise awareness about environmental issues driven by software and demonstrate the power of Free Software to drive down resource use and keep devices running smoothly for years beyond official vendor support. This is all possible because Free Software *is* right-to-repair software: it removes vendor dependencies and guarantees transparency and user autonomy, providing full control over software, and thus hardware. I will describe the ways we plan to reach our target audience, including materials designed for eco-consumers and events well outside usual tech circles, such as open-air organic, artisanal, and fair trade markets, cultural centers, and others. These activities give us the opportunity to align our values in the Free Software community with those in allied communities striving for a sustainable modern lifestyle.

SFSCON24 - Joseph P. De Veaugh Geiss - Opt out? Opt in? Opt Green! Bringing Free Software To Eco-Consumers from South Tyrol Free Software Conference

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0 SFSCON24 - Fulvio Mastrogiovanni - On the ethical challenges raised by robots powered by Artificial Intelligence /slideshow/sfscon24-fulvio-mastrogiovanni-on-the-ethical-challenges-raised-by-robots-powered-by-artificial-intelligence/273268132 1120-fulviomastrogiovanni-ontheethicalchallengesraisedbyrobotspoweredbyartificialintelligence-241113091902-e3ea9e41
The integration of generative AI into robot systems has the potential to boost several industries by enabling robots to understand their environments, create courses of action, and autonomously react to complex situations. However, the adoption of generative AI techniques brings about profound ethical concerns that need to be addressed to ensure the responsible development and deployment of such technologies. In this talk, I will explore the multifaceted ethical challenges associated with generative AI-powered robots, focusing on issues such as robot autonomy, decision-making, accountability of robot actions, and their impact on humans and society as a whole. https://www.sfscon.it/talks/on-the-ethical-challenges-raised-by-robots-powered-by-artificial-intelligence/ ]]>
The integration of generative AI into robot systems has the potential to boost several industries by enabling robots to understand their environments, create courses of action, and autonomously react to complex situations. However, the adoption of generative AI techniques brings about profound ethical concerns that need to be addressed to ensure the responsible development and deployment of such technologies. In this talk, I will explore the multifaceted ethical challenges associated with generative AI-powered robots, focusing on issues such as robot autonomy, decision-making, accountability of robot actions, and their impact on humans and society as a whole. https://www.sfscon.it/talks/on-the-ethical-challenges-raised-by-robots-powered-by-artificial-intelligence/ ]]> Wed, 13 Nov 2024 09:19:02 GMT /slideshow/sfscon24-fulvio-mastrogiovanni-on-the-ethical-challenges-raised-by-robots-powered-by-artificial-intelligence/273268132 SFScon@slideshare.net(SFScon) SFSCON24 - Fulvio Mastrogiovanni - On the ethical challenges raised by robots powered by Artificial Intelligence SFScon The integration of generative AI into robot systems has the potential to boost several industries by enabling robots to understand their environments, create courses of action, and autonomously react to complex situations. However, the adoption of generative AI techniques brings about profound ethical concerns that need to be addressed to ensure the responsible development and deployment of such technologies. In this talk, I will explore the multifaceted ethical challenges associated with generative AI-powered robots, focusing on issues such as robot autonomy, decision-making, accountability of robot actions, and their impact on humans and society as a whole. https://www.sfscon.it/talks/on-the-ethical-challenges-raised-by-robots-powered-by-artificial-intelligence/ <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1120-fulviomastrogiovanni-ontheethicalchallengesraisedbyrobotspoweredbyartificialintelligence-241113091902-e3ea9e41-thumbnail.jpg?width=120&height=120&fit=bounds" /> The integration of generative AI into robot systems has the potential to boost several industries by enabling robots to understand their environments, create courses of action, and autonomously react to complex situations. However, the adoption of generative AI techniques brings about profound ethical concerns that need to be addressed to ensure the responsible development and deployment of such technologies. In this talk, I will explore the multifaceted ethical challenges associated with generative AI-powered robots, focusing on issues such as robot autonomy, decision-making, accountability of robot actions, and their impact on humans and society as a whole. https://www.sfscon.it/talks/on-the-ethical-challenges-raised-by-robots-powered-by-artificial-intelligence/

SFSCON24 - Fulvio Mastrogiovanni - On the ethical challenges raised by robots powered by Artificial Intelligence from South Tyrol Free Software Conference

]]> 8 0 https://cdn.slidesharecdn.com/ss_thumbnails/1120-fulviomastrogiovanni-ontheethicalchallengesraisedbyrobotspoweredbyartificialintelligence-241113091902-e3ea9e41-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

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0 https://cdn.slidesharecdn.com/profile-photo-SFScon-48x48.jpg?cb=1733310124 The South Tyrol Free Software Conference, SFSCON, is one of Europe’s most established annual conferences on Free Software. SFScon promotes the use of Free Software in digital infrastructures as a tool to achieve greater innovation and competitiveness in the region. Here decision-makers and developers meet, learn and get inspired. www.sfscon.it https://cdn.slidesharecdn.com/ss_thumbnails/1200-marinalatini-123dockit-241118080746-5825ad0e-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/sfscon24-marina-latini-1-2-3-doc-kit/273395264 SFSCON24 - Marina Lati... https://cdn.slidesharecdn.com/ss_thumbnails/1600-carmendelgadoivargrimstad-nurturingopenjdkdistributioneclipsetemurinsuccesshistoryandplan-241118080745-abe4017c-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/sfscon24-carmen-delgado-ivar-grimstad-nurturing-openjdk-distribution-eclipse-temurin-success-history-and-plan/273395263 SFSCON24 - Carmen Delg... https://cdn.slidesharecdn.com/ss_thumbnails/1220-eduardoguerra-codeemojimakingcodemoreinformativewithemojis-241118080745-de5ffce4-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/sfscon24-eduardo-guerra-codeemoji-making-code-more-informative-with-emojis/273395261 SFSCON24 - Eduardo Gue...